Ideal for edge computing | Palm-sized box PC
Compact Box-Type Controller Series NEC Platforms, Ltd.
Ideal for edge computing | NEC Platforms Compact Box-type Controller (CoBoC)
The automation of visual inspection in manufacturing and factory IoT, the resolution of labor shortages using AI, and the expansion of various IoT applications are becoming widespread. There is a growing demand for "edge computing," which processes data in real-time on devices or equipment close to users rather than in the cloud. The compact box-type controller series offers models equipped with Intel processors/AMD Zynq UltraScale+ MPSoC chips in a small form factor, providing systems tailored to various business applications for our customers. 【Features】 ◆ Compact A compact chassis the size of a palm (W50×D180×H180[mm]), suitable for installation in limited spaces. ◆ High Quality Consolidation of know-how and technological assets cultivated through NEC's PC server and supercomputer design. Selection of high-reliability components with server-grade quality. Developed and produced domestically. High-quality design that is less prone to failure even when operating 24/7. ◆ Long-term Support Support for 5 years of supply and 6 years of maintenance after supply. Adoption of 'Windows 10 IoT Enterprise LTSC' for long-term support.
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basic information
【OS】 Windows 10 IoT Enterprise LTSC 2021 【CPU】 Intel Celeron G6900TE Processor / Intel Core i3-13100TE Processor / Intel Core i5-13500TE Processor / Intel Core i7-13700TE Processor / Intel Core i9-13900TE Processor 【Memory】 DDR5-5600 Non-ECC Unbuffered SO-DIMM 8GB (8GB×1) / 16GB (8GB×2) / 32GB (16GB×2) / 64GB (32GB×2) 【Storage】 M.2 NVMe SSD 128GB / 256GB / 512GB / 1TB / 2TB 【External Interfaces】 HDMI ×2, USB 3.2 Gen1 Type-A (Front×2 / Rear×4), Gigabit Ethernet ×2, D-sub 9pin connector, Microphone/Headphone 【Size】 D180mm × H180mm × W50mm (excluding protrusions)
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Applications/Examples of results
【Hardware Custom Solutions for Meter Monitoring】 By directly photographing the display panels and meters of your currently used analog devices with a camera and processing/analyzing the images, we can convert them into useful data. It is possible to utilize existing equipment and combine it with the latest devices for IoT implementation without introducing new equipment. 【Factory Value-Added Time Measurement Solution】 Automatically measures value-added time and waste time in assembly and inspection processes within the factory from the position of "hands" captured by the camera, supporting numerical-based on-site improvements. 【Invariant Analysis】 Utilized as an edge terminal for inference processing of failure prediction models. Compact and high-performance, it can be used for both technical verification and evaluation. 【Online Qualification Verification】 Can be used as a terminal for online qualification verification promoted by the Ministry of Health, Labour and Welfare. Please contact us regarding card readers that have been evaluated for operation.
Line up（4）
| Model number | overview |
|---|---|
| Model equipped with Intel processor | This is a compact model with a palm-sized chassis (W50×D180×H180[mm]) equipped with an Intel processor. It features "compactness," "high quality," and "long-term operation," making it suitable for various applications such as embedded controllers and data processing terminals. |
| Model equipped with AMD Zynq UltraScale+ MPSoC | This is a model suitable for real-time processing equipped with an MPSoC. It features "FPGA integration," "high-speed processing," and "power saving and environmental resistance," making it useful for real-time processing of camera images and videos, which are areas where FPGAs excel. Additionally, starting from January 16, 2024, we have begun the release of an extended temperature range model. This model enhances environmental resistance by expanding the environmental temperature range and can also be provided as a standalone mainboard. |
| AMD Embedded+ equipped model | This model adopts the "AMD Embedded+" architecture, which integrates AMD Ryzen embedded processors and AMD Versal adaptive SoC (FPGA) on a single board optimized for edge AI-enabled devices. This model enables a scalable and power-efficient edge system that provides real-time performance, high usability, and long-term support all in one device. |
| Expansion Box 1 Slot / 1 Slot Power Enhancement / 2 Slot Model * 1 / 5 Slot Model | This model is suitable for high-performance processing and can accommodate PCI Express boards and custom boards tailored for customers (contract development). It features "high-load processing" and "customization," making it ideal for high-load tasks such as image analysis and AI inference. *1 Supported only in combination with models equipped with Intel processors (G210 products). |
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Company information
MIKASA SHOJI Group was founded in 1948 and has served as an electronics trading company, connecting individuals with technology. We have consistantly pursued the delivery of valuable products and services. During this era of technological advancements and information revolution, changes in industry, society, and lifestyles are rapidly unfolding worldwide. As an electronics trading company, the added value is recognized from sales to technical aspects and from hardware to software. In the middle of these societal currents, by fully utilizing our diverse knowledge, Mikasa aspires to be a unique corporation continuing to be the preferred choice for our clients, offering high-value solutions through both hardware and software. Committed to contributing to the prosperity of humankind as a technology corporate group, we are deeply dedicated to collaborating with our stakeholders to achieve sustainable growth.